34-65m³/min DN250 40-90Kpa Magnetic Suspension Blower
The MTB Magnetic Suspension Centrifugal Blower integrates advanced magnetic levitation (Magnetic Suspension) technology with centrifugal
blower mechanics to create a high-efficiency, low-maintenance airflow solution.
Machine Specification
| Model |
MTB55 |
| Shaft Power(kw) |
47 |
| Max Speed(rpm) |
35000 |
| Voltage(V) |
380 |
| Cable Specification |
3*50+25/3*70+35 |
| Noise Level(db) |
＜80 |
| Outlet Dia(mm) |
DN250 |
| Cooling Method |
Air cooling |
| Layout |
Integrated |
| Weight(kg) |
820 |
| Set-up pressure(kpa) |
Airflow(m³/min)1atm,20℃ |
| 40 |
65 |
| 50 |
52 |
| 60 |
48 |
| 70 |
40 |
| 80 |
37 |
| 90 |
34 |
| 100 |
|
| 110 |
|
| 120 |
|
Main Characteristic
1,The male and female rotors of oil-free screw blower are precisely designed.Compared with roots blower,it can achieve internal compression in the cavity,with higher efficiency and 20% higher energy saving performance under the same energy consumption conditions.
2,Stable airflow,less airflow fluctuation when pressure changes.
3,Applicable to high pressure,low noise.
4,Available with PLC intelligent remote control and different communication methods,convenient for operation management.
Advantages
High Efficiency: Less friction operation reduces energy consumption comparing with the traditional blowers.
Low Maintenance: No lubrication or mechanical wear parts, minimizing downtime.
Quiet Operation: Reduced vibration and noise suits noise-sensitive settings (hospitals, labs).
Cleanliness: Oil-free design prevents contamination, ideal for semiconductors, pharmaceutical production and food processing.
Long Lifespan: Eliminates bearing wear, extending operational life.
Main Technology
1,1,High speed permanent magnet motor
The high-speed motor adopts a permanent magnet synchronous motor. For each model of motor, secondary software and hardware development is carried out for the drive frequency converter, while optimizing the matching of reactors or filters. The efficiency of both the motor and frequency converter is higher than 97%, ensuring stable operation of the motor at low temperatures and high efficiency.
1,2,Pneumatic system
Having over ten years of experience in the development and designing of impeller machinery. Each type
of impeller has undergone long-term bench tests to ensure its aerodynamic performance is efficient and
reliable.The impeller efficiency is over 87%. By adopting frequency conversion regulation, the guide
vane adjustment is eliminated, resulting a smaller starting current and a wider adjustable range
1,3,Cooling technology
The blower adopts coaxial air cooling technology, which does not require additional cooling system . The cooling system flow channel design is reasonable and the structure is reliable. This cooling design ensures that the blower maintains reliable performance in various environments and working conditions, making it more energy-efficient and reliable.
1,4,Magnetic suspension bearing
Magnetic levitation bearings are a new type of bearing that uses magnetic force to achieve support. They are non-contact, non lubricated and sealed, low vibration, long service life, and low maintenance costs. By collaborating with outstanding domestic and international experts in magnetic levitation bearing design, we have accumulated years of experience in manufacturing and using magnetic levitation bearings. Combined with years of experience in high-speed impeller machinery rotor dynamics, we can provide users with efficient and stable magnetic levitation bearings.
1,
5,5,No performance reduction
Based on magnetic levitation bearing technology, there is no mechanical friction between the rotating and stationary parts during the operation of the motor, ensuring that the performance of the air compressor does not deteriorate due to component wear throughout its entire life cycle.
2,6,Passive safety design
By adopting the patented "passive safety+closed cycle water cooling" technology, the protection level and cooling efficiency of the motor have been greatly improved, which can meet the stable operation of various harsh environmental conditions such as cement and chemical industry.
Applications
1,Industrial: Wastewater treatment, pneumatic conveying, combustion air supply.
2,HVAC: Energy-efficient ventilation in large buildings.
3,High-Tech: Clean rooms, data centers, medical facilities.
4,Renewable: Fuel cells, energy recovery systems.
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